re

upx2023

先脱upx壳,这是修改了标志,用010editor把upx修改成UPX然后用upx -d脱壳

进入主函数后,发现逻辑大概是

  1. 读flag
  2. 变换flag
  3. 用随机数异或flag加密
  4. 和check数组检验

那么可以直接拿到check数组
我们要找flag就要找到那个随机数,srand函数传入的是

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Seed = time(0i64);
srand(Seed);

同时动态调试可以得到:

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flag{0123456789ABCDEFGHIGKLMNOPQRSTUVWXYZ}
变成
f{37BFGNRVZlg02468ACEGIKMOQSUWY}a159DHLPTX

因此我们可以找时间遍历,遍历去年的时间戳

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#include<iostream>
#include<cstdlib>
#include<ctime>

using namespace std;
int main(void) {
/*unsigned int seed = time(0);
srand(seed);
cout << '[';
for (int i = 0; i < 42; i++) {
int r = rand() % 255;
cout << r;
if (i != 41) {
cout << ',';
}
}
cout << ']';*/
int check[6];
check[0] = 'f' ^ 0x9;
check[1] = '{' ^ 0x63;
check[2] = 'l'^ 0xC6;
check[3] = 'g'^ 0x65;
check[4] = '}'^ 0xFD;
check[5] = 'a'^ 0xFA;
int r[42];

for (int time = 1672416000; time < 1706253391; time++)
{
srand(time);
if (check[0] != (r[0] = rand() % 255))
continue;
if (check[1] != (r[1] = rand() % 255))
continue;
for (int i = 2; i < 42; i++)
r[i] = rand() % 255;
if ((check[2] != r[11]) || (check[3] != r[12]) || (check[4] != r[31]) || (check[5] != r[32]))
continue;
if (time < 1706253391)
{
cout << "the seed is: " << time<< endl;
cout << '[';
for (int j = 0; j < 42; j++) {
cout << r[j];
if (j != 41) {
cout << ',';
}
}
cout << ']';
}

}
return 0;
}

得到seed:

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the seed is: 1682145110
[111,24,236,196,58,186,93,97,61,51,169,170,2,17,113,139,162,38,14,77,131,66,112,202,80,113,231,107,15,50,159,128,155,183,227,184,224,28,16,180,42,57]

最后异或一下,发现是打乱的flag

根据这个对应写代码逆向

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from prism import *
check = [0x09, 0x63, 0xD9, 0xF6, 0x58, 0xDD, 0x3F, 0x4C,
0x0F, 0x0B, 0x98, 0xC6, 0x65, 0x21, 0x41, 0xED,
0xC4, 0x0B, 0x3A, 0x7B, 0xE5, 0x75, 0x5D, 0xA9,
0x31, 0x41, 0xD7, 0x52, 0x6C, 0x0A, 0xFA, 0xFD,
0xFA, 0x84, 0xDB, 0x89, 0xCD, 0x7E, 0x27, 0x85,
0x13, 0x08]
rand = [111,24,236,196,58,186,93,97,61,51,169,170,2,17,113,139,162,38,14,77,131,66,112,202,80,113,231,107,15,50,159,128,155,183,227,184,224,28,16,180,42,57]

miao = 'flag{0123456789ABCDEFGHIGKLMNOPQRSTUVWXYZ}'
mia2 = 'f{37BFGNRVZlg02468ACEGIKMOQSUWY}a159DHLPTX'

back = [0]*42

a = pxor(check,rand)
for i in range(42):
for j in range(42):
if (miao[i]==mia2[j]):
back[i]=a[j]

pl(back)
#flag{0305f8f2-14b6-fg7b-7c7a-010299c881e1}

总结:

一开始没看出来标志的大小写有问题TAT,于是直接调试找的main。。。

其次,由于srand随机的是当前时间,所以调试的时候值几乎不可能是当时的值,所以只有爆破才能找到真的seed,因此就要先把第一个变换通过动调看出来是打乱才可以(当然也不能验证)

misc

谁偷吃了我的外卖

这道题是压缩包
先打开,看到小凯.jpg

继续打开,发现外卖箱.zip
继续打开,一个flag文件夹和一堆外卖,

结构是:用户xxx_yyyy的外卖,yyyy很明显可以看出是base64,根据hint(在信息中):I can give you a hint: - = /
But there was a takeaway that was partially eaten.

可以知道这里的-就是/,那么先写一个脚本把文件中的yyyy提取出来

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import zipfile
import re

def process_filenames(zip_path):
# 打开压缩文件
with zipfile.ZipFile(zip_path, 'r') as zip_ref:
# 获取压缩文件中的所有文件名
all_files = zip_ref.namelist()

# 对文件名进行解码
all_files = [filename.encode('cp437').decode('gbk') for filename in all_files]

# 提取每个文件名中的用户编号并按照编号排序文件名
all_files.sort(key=lambda filename: int(re.search(r'用户(\d+)', filename).group(1)) if re.search(r'用户(\d+)', filename) else 0)

# 初始化一个空字符串用于存储字符
combined = ''

# 对每个文件名进行操作
for filename in all_files:
# 提取文件名中倒数第7到倒数第4的字符
part = filename[-7:-3]

# 将字符添加到 combined 中
combined += part

return combined

result = process_filenames('外卖箱.zip')
print(result)

得到:

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

那么把他base64解码

解码的结果是一堆乱码,看最后可以看到有png,PK,.md的字样,也就是说这是一个压缩包

转换为hex,开头是04 14 00 00 00 08 00,再看上面的提示,补充前三个字符(50 4B 03),然后一起复制到新文件中,得到新压缩包,里面是之前加密的压缩包的flag文件夹中的两个文件,同时钥匙.png表示这是deflate+zipcrypyo,既然是zipcrypyo,就可以用明文攻击,使用archpr找到密钥(密钥是由密码生成,同时加密使用密钥):

[ 48ff002a 56e00484 380c5c49 ]

然后用bkcrack解密压缩包

1
.\bkcrack -C a.zip -k 48ff002a 56e00484 380c5c49 -U new.zip ok

将原始密码换成ok

然后解密即可

1
flag{W1sh_y0u_AaaAaaaaaaaaaaa_w0nderfu1_CTF_journe9}